Biphenylene-Based Crystalline Foam Carbon Allotropes

Developing new allotropes with excellent properties and high synthesizability is an intriguing and challenging topic for carbon materials. Based on the experimental biphenylene monolayers, varied three-dimensional crystalline foam carbon allotropes with parallel channels in the structure are theoret...

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Bibliographic Details
Main Author:	Xingli Li (736261) (author)
Other Authors:	Tao Chen (75911) (author), Jiaqi Lin (1866724) (author), Jiaxin Jiang (10656134) (author), Hongyan Guo (74519) (author), Xiaowei Sheng (4497334) (author), Weiyi Wang (553507) (author), Xiaojun Wu (466801) (author), Zhiwen Zhuo (1630213) (author), Ning Lu (22589) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Physiology Ecology Chemical Sciences not elsewhere classified 97 × 10 li ion batteries different ion species high thermal stability 3 </ sup 2 </ sup experimental biphenylene monolayers direct bandgap semiconductor 905 – 0 v </ sub 4 </ sub h </ ion filtration high synthesizability >< sub ∼ 76 varied three uv region theoretically designed suitable open parallel channels mostly semimetals findings suggest feasible synthesizability excellent properties ductile materials circuit voltage challenging topic carbon materials anode materials 079 ev 073 ev 071 v
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Biphenylene-Based Crystalline Foam Carbon Allotropes

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